Concrete Analysis and Repair Design
Designing solutions that understand concrete
There’s a lot of concrete in New York City. It supports skyscrapers, sidewalks, lines the subway walls – and everywhere in between. But one thing is certain, it will crack. Even in the most modern construction, wear and tear are inevitable. Keeping concrete strong, safe and up to the task of supporting everyday life in the city is the responsibility of every building owner.
At CANY, our engineers and technicians specialize in concrete analysis, assessing structures from any era. We provide expert recommendations for repairs and replacements, designing solutions that work with concrete’s natural behavior rather than against it, so that a crack doesn’t mean a failure.
Concerned about the safety and durability of your concrete structures?
Why Concrete Analysis and Repair Design Matters
Since the early 1900s, steel reinforcement has given concrete incredible strength, but also creates potential weak spots. Without proper maintenance, small issues can lead to expensive damage and safety hazards.
Common Concrete Problems
Cracking and spalling – water infiltration causes steel reinforcements to rust and expand, leading to concrete cracking, flaking and spalling
Poor mixing or application - too much air or water during mixing weakens the final structure.
Freeze-thaw damage – water seeps in, freezes, expands and cracks the concrete.
Root penetration – tree and plant roots push through causing concrete, causing movement and cracks.
Identifying these issues early through expert analysis helps avoid costly repairs and ensures long-term structural health.
When properly managed and maintained, concrete is a wonder material, the second most used material on the planet, after water. It’s vital to the safety and infrastructure of NYC, underpinning its very foundations, which is why CANY’s concrete analysis and repair design service matters.
CANY’s Involvement
After nearly 30 years of working with concrete, there isn’t much we haven’t seen. In older or historical buildings, mixes can include sand, gravel, crushed stone, shells, or cinder bound with lime or cement. But all concrete, from whatever era, is designed to be strong, sustainable, and fortifying against the elements, and demands the same analytical approach to its assessment and repair design:
Step 1: Initial assessment and consultation - Identify visible issues and potential underlying problems.
Step 2: Detailed analysis – conduct material testing and structural evaluation.
Step 3: Tailored repair or replacement plan – Develop solutions that fit the structures needs.
Step 4: Implementation and ongoing maintenance recommendations – for long term durability and safety.
Key Benefits
Whatever the cause, we have the technical expertise to diagnose how the integrity of the concrete has been compromised, and how to resolve it. Our concrete analysis and proactive repair strategies offer:
Longer lifespan for your concrete structures
Improved safety and compliance with industry standards.
Expert evaluations for any structure, old or new.
Cost-effective solutions to prevent long-term damage
FAQ
How long does concrete repair take?
It depends on the extent of the damage. Simple repairs may take a few days, while large-scale restoration can take weeks or months.
How do I know if my concrete needs repairs?
Look for visible cracks, flaking, rust stains, or uneven surfaces. A professional inspection is the best way to assess structural integrity.
Is repairing concrete cheaper than replacing it?
In most cases, yes. Timely repairs prevent costly replacements and extend the structure’s life.
What types of buildings do you work with?
We assess and repair everything from historic buildings to modern skyscrapers, sidewalks, subways, and bridges.
